Hello Victor,
I understand that you wish to use the Task Manager Block in conjunction with interrupts generated from your hardware. However, I must inform you that using the Task Manager Block alongside the Hardware Interrupt Block is not supported.
The Task Manager Block is designed for use with an entire reference model from another model, often referred to as a top model. In your case, the reference model should have a processing unit set to, for example 'c28xCPU1', while the top model should be set to 'None' Processing Unit. Within the top model, you can establish the different rates for your tasks in the Task Manager. These rates can be applied to subsystems or individual blocks, such as the constant blocks in your model for each function-call subsystem. For asynchronous tasks, you should use the function-call subsystems and the Asynchronous Task Specification Block in the reference model, along with the event sources block along with the same Task Manager Block in the top model. You can then map this event in the Hardware Mapping to the specific hardware interrupt you are expecting. Additionally, when using this top-model/reference-model design method, please note that the CLA needs to be a separate reference model within the top model.
The idea of the Task Manager block is to manage all the tasks running on a core of a multicore microcontroller, both of periodic and asynschronous nature. While the idea of the Hardware Interrupt Block is to support asynchronous tasks only. So if you are using the former, you do not need to use the latter in your modeling.
For further guidance, I recommend referring to this example on setting up multicore models. Although the example may not be specific to your current microcontroller, it is applicable to all hardware boards within the TI C2000 family of microcontrollers supported by the C2000 MicroController Blockset.
All the best,
Sagar Shubham.
